JOHN JURGUTIS, M.D.
Medical Practice at 15 St, Santa Monica, CA

License number
California C26711
Category
Medical Practice
Type
Orthopaedic Surgery
Address
Address
1304 15Th St STE 202, Santa Monica, CA 90404
Phone
(310) 828-3424

Organization information

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John Jurgutis MD

1304 15 St, Santa Monica, CA 90404

Industry:
Orthopedics
Phone:
(310) 828-3424 (Phone)
John Augustin Jurgutis


JOHN A. JURGUTIS, M.D., A. M.D., A MEDICAL CORPORATION

506 Georgina Ave, Santa Monica, CA 90402

Status:
Inactive
Industry:
Health/Allied Services
Registration:
Aug 2, 1971
State ID:
C0630526
Business type:
Articles of Incorporation
President:
John A. Jurgutis President, inactive
Agent:
John A Jurgutis,Santa Monica, CA 90402 (Physical)

Professional information

John Jurgutis Photo 1

John Jurgutis, Santa Monica CA

Specialties:
Orthopedic Surgeon
Address:
1304 15Th St, Santa Monica, CA 90404
Education:
Wayne State University, School of Medicine - Doctor of Medicine
Ronald Reagan UCLA Medical Center - Residency - Orthopaedic Surgery
Good Samaritan Hospital - Residency - Pediatric Orthopaedics (Orthopaedic Surgery)
Highland Park Hospital - Residency - Surgery
Board certifications:
American Board of Orthopaedic Surgery Certification in Orthopaedic Surgery


John Jurgutis Photo 2

Dr. John Jurgutis, Santa Monica CA - MD (Doctor of Medicine)

Specialties:
Orthopedic Surgery
Address:
1304 15Th St STE 202, Santa Monica 90404
(310) 828-3424 (Phone)
Certifications:
Orthopedic Surgery, 1974
Awards:
Healthgrades Honor Roll
Languages:
English
Education:
Medical School
Wayne State University
Graduated: 1963
Santa Monica Hosp
Good Samaritan Hosp
Highland Park Genl Hosp
University Of California-Los Angeles


John Jurgutis Photo 3

Human Ligament Replacement

US Patent:
4467478, Aug 28, 1984
Filed:
Sep 20, 1982
Appl. No.:
6/419712
Inventors:
John A. Jurgutis - Santa Monica CA
International Classification:
A61F 100
US Classification:
3 1
Abstract:
The ligament replacement is obtained by taking a tendon from an animal of appropriate size to function as the substitute for the particular human ligament to be replaced. This tendon is cut to an appropriate length and immersed in a fixing solution such as glutaraldehyde for a sufficient length of time to bind the tissue. The tendon is wrapped in a protective covering and absorbable sutures are passed through the tendon to provide openings. After the tendon is grafted to the human portions formerly connected to the ligament to be replaced and healing has begun, scar tissue can then migrate into the openings left by the absorbable sutures to increase the strength and the securement of the tendon to the bone portions.


John Jurgutis Photo 4

Hip Prosthesis

US Patent:
4728335, Mar 1, 1988
Filed:
Dec 15, 1986
Appl. No.:
6/941599
Inventors:
John A. Jurgutis - Santa Monica CA
International Classification:
A61F 232
US Classification:
623 23
Abstract:
A hip prosthesis includes a femoral component with an elongated stem for seating within an elongated, longitudinally split sleeve having an exterior porous ingrowth surface. When implanted as a unit into the medullary canal, the femoral component stem wedges tightly into the sleeve to correspondingly press the sleeve into intimate and tight fit engagement with the bone. During normal postoperative use, any bone subsidence is accompanied by further wedging of the femoral component stem into the sleeve for maintenance of a secure mechanical interlock between the bone and prosthesis. However, in the event of failure for any reason, the femoral component and split sleeve are removable relatively easily to permit hip reconstruction with a new prosthesis.


John Jurgutis Photo 5

Orthopedic Staple

US Patent:
4592346, Jun 3, 1986
Filed:
Apr 8, 1985
Appl. No.:
6/721207
Inventors:
John A. Jurgutis - Santa Monica CA
International Classification:
A61F 228
US Classification:
128 92B
Abstract:
The staple comprises a top having four downwardly depending legs adjacent to its four corners. Two of the downwardly depending legs on the same side of the top are spaced inwardly from the corners relative to the remaining two legs so as to be transversely offset therefrom. The offset legs avoid the risk of splitting the bone when the staple bridges the bone "grain". In other words, the two legs will enter different cleavage planes of the bone rather than the same cleavage plane. Projections are provided on the underside of the top of the staple to aid in frictionally gripping and retaining a tendon or equivalent tie being held by the staple to a bone.